Allen-Bradley 80026-518-01 MOX720-P4668D / MOX720-P4668E DC SWITCHING POWER SUPPLY

Description

The Allen Bradley 80026-518-01 is an industrial DC SWITCHING POWER SUPPLY manufactured by Absopulse Electronics Ltd under the model designations MOX720-P4668D and MOX720-P4668E. This heavy-duty power module converts single-phase alternating current input into a stable, regulated direct current output to supply continuous electrical loads within critical control hardware setups and motor drive assemblies. Engineered with a rugged metallic casing and built-in ventilation channels, the unit delivers consistent voltage translation while managing internal thermal demands efficiently under prolonged heavy loads.

Features

• Incorporates a temporary peak boost capability to deliver elevated secondary wattage thresholds repeatedly within specified operational cycles.
• Integrates input surge restriction paths to manage current surges safely during initial system power activation routines.
• Features internal hold-up storage buffers to sustain output stability through transient primary power supply dropouts.
• Utilizes a highly efficient internal power conversion topology that reduces heat emission and overall power loss.

Applications

• High-current electrical supply loops in distributed industrial drive enclosures.
• Voltage regulation and stabilization tasks within plant automation panels.
• Heavy-duty direct current power distribution nodes across process manufacturing infrastructures.

Technical Specifications

Installation Guidelines

• Thermal Management: Maintain adequate clearance around the outer enclosure and ventilation paths to support passive air cooling and prevent thermal stress under full load operations.
• Input Hookup: Prior to energizing the primary line, ensure that the input source parameters remain within the 85 - 264 VAC or 88 - 375 VDC operating boundaries.
• Grounding Connection: Ensure a low-impedance connection from the frame ground terminal to the main panel grounding bus to control electromagnetic interference and maintain field safety.